Receiving apparatus
A receiving apparatus having a panel adapted to be disposed in a generally upwardly facing attitude substantially beneath a source of a fluid for receiving the fluid in rested relation thereon; and capturing members mounted on the panel operable to contain the fluid on the panel so as to prevent damage to the environs.
Not applicable.
STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENTNot Applicable.
BACKGROUND OF THE INVENTION(1) Field of the Invention
The present invention relates to a receiving apparatus and, more particularly, to a receiving apparatus which is adapted to receive and contain flowable substances in a wide variety of operative environments.
Environments in which flowable substances are stored or otherwise contained for designated purposes, and particularly when they are intended for periodic use, are frequently plagued by the unintended release of those substances. It is frequently the case that such unintended movement of the substances has a number of adverse consequences. These consequences, of course, include, as a practical matter, the loss of the substances themselves preventing further use. The substances may well cause damage to the surrounding areas particularly as where, for example, gravity serves as an impelling force. In such cases, its flow is usually unrestricted. Depending upon the particular fluid involved, it may be harmful to people, pets and the like, for example, by direct contact or by breathing the fumes which may be released thereby.
A representative example of one such environment is in storage areas such as closets, cupboards, storage shelves and various types of cabinets which are frequently used to store multiplicity of different types of substances used for a wide variety of different purposes. The containers thereof, over time, frequently begin to leak the substances thereof due to normal wear, corrosion, and breakage, defects in containers and the like. Since in these cases there is no restriction to such flow and the quantity initially may be limited, it may be undetected for a prolonged period of time. This, of course, leads to the resulting consequences.
Such deleterious effects, in addition, become an irritant to those responsible. The performance of daily tasks is impelled thereby and the negative consequences may be prolix.
Therefore, it has long been known that it would be desirable to have a receiving apparatus which readily prevents the flow of fluids under circumstances under which the consequence thereof may be of a plurality of types and severity; which operates to prevent damage to surrounding areas by gases or other potentially hazardous byproducts; which operates to contain fluids which may be hazardous to human health or the health of other animals; which can be used in a multitude of forms and in normal fashion without special treatment; and which is otherwise entirely successful in performing its operational objectives.
BRIEF SUMMARY OF THE INVENTIONTherefore, it is an object of the present invention to provide an improved receiving apparatus.
Another object is to provide such a receiving apparatus which is operable to contain a work material within a predetermined area.
Another object is to provide such a receiving apparatus which is particularly well suited to containing a fluid, such as a liquid, or the like.
Another object is to provide such a receiving apparatus which is operable to contain a work material within a predetermined area so as to prevent damage to the surrounding area.
Another object is to provide such a receiving apparatus which is particularly well suited to usage beneath sources of leaking liquid to prevent damage to the environs.
Another object is to provide such a receiving apparatus which is inexpensive to produce while being virtually universally adaptable for usage in a multiplicity of operative environments.
Another object is to provide such a receiving apparatus which is uniquely well suited to storage of a plurality of work objects thereon while avoiding the hazards incident to such storage.
Another object is to provide such a receiving apparatus which has particular utility in environments which are ill-equipped for handling materials inadvertently released in an area normally hidden from view.
Another object is to provide such a receiving apparatus which is readily manufactured from a variety of materials which are substantially impervious to fluid materials, such as liquids, which may be caustic or otherwise potentially damaging to surrounding areas while being resistant, or completely unaffected itself.
Further objects and advantages are to provide improved elements and arrangements thereof in an apparatus for the purposes described which is dependable, economical, durable and fully effective in accomplishing its intended purposes.
These and other objects and advantages are achieved, in the preferred embodiments of the present invention, in a receiving apparatus having a panel adapted to be disposed in a generally upwardly facing attitude substantially beneath a source of a fluid for receiving the fluid in rested relation thereon; and capturing members mounted on the panel operable to contain the fluid on the panel.
Referring more particularly to the drawings, the receiving apparatus of the first embodiment of the present invention is generally indicated by the numeral 10 in
As will hereinafter become more clearly apparent, the receiving apparatus can be constructed of a wide variety of materials. However, the receiving apparatus has particular utility when constructed as a single unit from a suitable molded plastic material which is of sufficient thickness or strength to be substantially rigid in use. The receiving apparatus is also impervious to fluids, except as otherwise noted herein.
As perhaps best shown in
The upper surface 16 of the top wall 15 has a left recessed area 30 and a right recessed area 31, which are interconnected by a central passage 32. The left recessed area and the right recessed area are bounded by a boundary wall 33 extending completely thereabout, as best shown in
With reference more particularly to
The first housing 40 and second housing 41 are interconnected by an interconnecting housing 42 which corresponds to the central passage 32 on the upper surface 16 of the top wall 15. A recessed passage or area 43 extends about the first housing, the second housing, the interconnecting housing, and the front longitudinal wall 11, the rear longitudinal was 12, the first transverse wall 13 and the second transverse wall 14.
The first housing 40, the second housing 41 and the interconnecting housing 42 have a bottom surface 44 which is substantially flat and lies substantially in the same plane as the lower edges 18. Thus, when the first embodiment 10 is disposed in an upright operational altitude, as perhaps best shown in
A plurality of elevated members 50 are mounted on, or formed, in the left recessed area 30, the right recessed area 31 and the central passages 32. The elevated members are disposed in spaced, substantially parallel relation to each other. Each of the elevated members 50 has opposite end portions 51 and spaced, substantially parallel sidewalls 52. The elevated members have individual upper surfaces 53 which are disposed in substantially the same plane as the upper surface 16 of the top wall 15. The opposite end portions of the elevated members are spaced from the boundary wall 33 so as to provide a primary channel, 54 extending entirely about the opposite end portions 51 of the elevated members. As previously discussed, the sidewalls 52 of adjacent elevated members define secondary channels 55 therebetween, the ends of which communicate with the primary channel 54.
The first embodiment of the receiving apparatus 10 of the present invention is shown in
A sink assembly 90 is mounted on the counter top 77 and has two (2) individual sink housings 91 each having a drain opening 92 therein. A conventional faucet assembly 93 is mounted on the sink assembly in upstanding relation. The faucet assembly is operable in the conventional manner to control the release of water therefrom. The drain opening on the left in
A conduit assembly 110 is operably mounted on the garbage disposal 94, as shown in
In accordance with conventional construction a cold water valve assembly is generally indicated by the numeral 115 in
As shown best in
For illustrative convenience, the products 125 shown in the foregoing positions are a water heater 126 having a discharge conduit 127 operatively interconnecting the water heater with the faucet assembly 93. Through the discharge conduit, heated water can be passed from the water heater to the faucet assembly for control thereby. A thermostat 128 is mounted on the water heater and is connected to a source of electrical energy, not shown, through an electrical conduit 129. The thermostat controls operation of the water heater in any manner. The water heater is gravitationally rested on the upper surface 53 of the elevated members 50, as shown in
The products 125, for illustrative convenience, include a plurality of other individual items to help demonstrate operation of the subject invention. These products include containers holding a wide variety of flowable substances such as liquids, granular substances, powdered substances and the like. The containers for these substances include, for example a spray container 40 containing a cleaning solvent; a pourable container 141 housing, for example, a cleaning substance in granular or powdered form; and a carton 142 containing another type of flowable material. Again for illustrative convenience, a kitchen appliance, in this case a reverse osmosis drinking water system 143, is mounted on a wall panel 73 of the cabinet 70 and is operably connected to a reverse osmosis storage tank, not shown, and is connected by a fluid conduit, not shown. The reverse osmosis storage tank contains a desalinator, carbon filter and micron filter as is conventionally the case. A liquid conduit 144 operably interconnects the reverse osmosis system 143 and a reverse osmosis water storage tank, not shown and the reverse osmosis faucet 146.
Second EmbodimentThe second embodiment of the present invention is generally indicated by the numeral 210 in
For illustrative convenience, except as otherwise specified herein, the second embodiment 210 is identical to the first embodiment 10. In the interest of avoiding unnecessary repetition, the description of these identical elements is deemed to be redundant and unnecessary to a full understanding of both the first and second embodiments of the subject invention. The elements of the first embodiment and the description thereof is hereinafter incorporated by reference.
Accordingly, directing the description hereinafter to the differences in the second embodiment 210 as compared with the first embodiment, reference is hereinafter made to
Referring again to
As shown in
The sensor assembly 250 has a main housing 251 containing the internal components operable to empower the sensor assembly to operate in the desired manner. As shown in
The operation of the described embodiments of the present invention is believed to be readily apparent and are briefly summarized at this point.
The first embodiment 10 and the second embodiment 210 of the present invention operate in a closely similar manner. As shown in
In this configuration, the objects or products 125 are rested on the upper surfaces 53 of the elevated members 50. These include, for example, the water heater 126, spray container 140, pourable container 141, carton 142, reverse osmosis drinking water system 143 and container 145.
All of these products are potential sources of leaking fluid. In addition to these there are many other potential sources of such leakage. These include, but are not limited to, the garbage disposal 94, the conduit assembly 110, the cold water valve assembly 115, the hot water valve assembly 118, the drain openings 92, the sink assemblies 90, the faucet assembly 93 and the like any, or ultimately all of these elements, will begin to leak unless adequately maintained and repaired as necessary. Frequently, such leakage begins to occur so slightly that it cannot be detected until a substantial period of time has transpired and the particular element has deteriorated to the point that the sheer volume of the leakage reveals the problem.
Under such circumstances, damage has usually already occurred at this point. The particular damage is often of several types requiring substantial repair. For example, dry rot, mold, fungus, actual destruction of the structure and other adverse conditions may conventionally be substantial before the condition is detected.
In the case of the first embodiment 10 and second embodiment 210 of the present invention, however, these conditions are the resultant damage therefrom are dependably and completely prevented. Leakage from any of the objects 125 flows gravitationally downwardly into the left recessed area 30 and right recessed area 31 of the first embodiment 10 and second embodiment 210. The elevated members 50 hold the objects above the floor 35 and within the left and right recessed areas 30 and 31. More specifically, the fluid drains from its specific source over and or between the elevated members 50 and into the primary channel 54 and the secondary channels 55. As can be visualized upon reference to
Access to the enclosure 75 of the cabinet 70, quickly reveals by visual observation to the resident, or other person gaining access to the cabinet, that there is leakage from some source within the cabinet. This permits the person then to locate the source, or sources, and remedy the condition by repair or replacement. This operation and use may well be adequate for most environments same as in a domestic environment.
However, as previously discussed, there are other environments in which a more rapid indication of the condition is required if desired. For example, in certain environments there may be risk of toxic, flammable, explosive, or other dangerous or harmful substances being leaked. This may be the case in industrial environments or the like. In these instances, it may be desirable, necessary, or critical that there be immediate, or prompt, notification of the condition. In these cases a sensor can be used to shut off the source. Conversely, it may simply be desired to have early notice of the condition.
In these environments and others, the second embodiment 210 of the present invention has particular utility. As best shown in
In addition, the discharge conduit 212 releases of discharges the fluid from the second embodiment through the discharge conduit in any event to prevent damage. Should the discharge conduit become clogged of otherwise inoperable, the sensor assembly will, in any event, operate to warn of the condition, as heretofore described.
Therefore, the receiving apparatus of the present invention is particularly well suited to usage in containing fluids in a wide variety of operative environments; is operable to perform the conventional details of usage; is adaptable to a wide variety of operable environments; is adaptable to a wide variety of operative embodiments; and is otherwise entirely successful in achieving its operational objectives.
Although the invention has been herein shown and described in what is conceived to be the most practical and preferred embodiments, it is recognized that departures may be made therefrom within the scope of the invention which is not to be limited to the illustrative details disclosed.
Claims
1. A receiving apparatus comprising a panel adapted to be disposed in a generally upwardly facing attitude substantially beneath a source of a fluid for receiving said fluid in rested relation thereon; and capturing means mounted on the panel operable to contain the fluid on said panel.
2. The receiving apparatus of claim 1 wherein said capturing means has at least one substantially upwardly facing channel for containing said fluid on the panel and directing fluid generally along a predetermined path of travel.
3. The receiving apparatus of claim 2 wherein said capturing means has a plurality of interconnecting, substantially upwardly facing channels operable to direct said fluid substantially along said path of travel to a predetermined collection position on the panel.
4. The receiving apparatus of claim 2 wherein said capturing means has a substantially upwardly facing support surface adapted to have at least one work object rested thereon so as to support said work object above fluid in said channel.
5. A receiving apparatus operable to contain a liquid or the like gravitationally received from at least one work object, the receiving apparatus comprising a substantially planar impervious panel adapted to be placed substantially beneath said work object and having a receiving surface substantially facing the work object; a plurality of members mounted on said receiving surface, extending upwardly therefrom and adapted to support said at least one work object in rested relation thereon; a plurality of passages extending between adjacent members defining passages for the gravitational receipt of said liquid or the like from the work object; and a boarder wall mounted on the panel and extending about said passages to contain the liquid or the like therewithin so as substantially to prevent the escape of said liquid or the like therefrom.
6. The receiving apparatus of claim 5 wherein the work object has an operational position and said members have upper surfaces disposed gravitationally to support the work object in said operational position.
7. The receiving apparatus of claim 6 wherein the upper surfaces of the members define a substantially flat plane which extends in upwardly spaced relation to said plurality of passages; said work object can be rested on the upper surfaces of said members above the passages for the receipt of liquid or the like in the passages from said work object.
8. The receiving apparatus of claim 6 adapted for use in conjunction with a cabinet or the like having an interior with a source of said liquid disposed above the said interior and a floor below said source of the liquid and wherein the panel is dimensioned to be rested on the floor of the cabinet beneath the source of said liquid in liquid receiving relation to said source whereby leakage from the source is captured within the passages thereof so as not to escape onto the floor of the cabinet or other portions of the cabinet.
9. The receiving apparatus of claim 6 wherein said boarder wall has an outwardly facing lip extending thereabout which slopes toward said panel in fluid directing relation thereto so as to receive fluids from above and direct the toward said panel for collection.
10. The receiving apparatus of claim 6 wherein a sensor is mounted on the panel in communication with said passages and said sensor is operable to register when there is liquid in said passages and which produces a signal in such case to warn that said leakage is occurring or, alternatively, to turn off the source thereof.
11. The receiving apparatus of claim 10 in which said cabinet is itself housed within a structure having an interior in which the cabinet is housed and an exterior and wherein the panel mounts a discharge conduit which is in fluid communication with said passages and which extends in fluid discharging relation to said exterior of the structure to dispose of said liquid and to avoid damage to said cabinet and the environs.
12. The receiving apparatus of claim 10 wherein said upper surfaces of the members are of a sufficient number whereby a plurality liquid sources can be disposed in rested relation on the upper surfaces to capture any leakage therefrom in said passages for disposal.
Type: Application
Filed: Apr 29, 2009
Publication Date: Nov 4, 2010
Inventors: William R. Damm (Hollister, CA), John W. Damm (Hollister, CA)
Application Number: 12/387,212